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Screen Description

Low Ionic Strength

Hampton Research / Low Ionic Strength
Created 2019-02-04.

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Low Ionic Strength

    Screen Structure

    Low Ionic Strength

    Well Count 24
    Number of distinct ingredients 10
    Internal diversity (score mean dist) 0.886

    Screen Composition

    2025-06-14T14:03:37.290054 image/svg+xml Matplotlib v3.10.3, https://matplotlib.org/
    ingredient type Low Ionic Strength
    Buffer 18
    Polymer 6
    Salt 9

    Well Contents

    Buffers are shown in italics. More information about buffers.
    Primary factors are shown in bold. More information about primary factors.
    Low Ionic Strength Well Contents  🔍
    WellIngredient, Concentration, Units, pHpHRecipe 1000μl
    A1
    • Potassium chloride 0.05 M pH 2
    • Polyethylene glycol 3,350 4 w/v -
    pH 2
    25 μl of Potassium chloride pH 2 (2 M)
    80 μl of Polyethylene glycol 3,350 (50 w/v)
    895 μl of water (100 v/v)
    A2
    • tri-Sodium citrate 0.05 M pH 3
    • Polyethylene glycol 3,350 8 w/v -
    pH 3
    12 μl of tri-Sodium citrate pH 3 (1 M)
    160 μl of Polyethylene glycol 3,350 (50 w/v)
    37 μl of tri-Sodium citrate pH 5.5 (1 M)
    790 μl of water (100 v/v)
    A3
    • tri-Sodium citrate 0.05 M pH 3.5
    • Polyethylene glycol 3,350 12 w/v -
    pH 3.5
    10 μl of tri-Sodium citrate pH 3 (1 M)
    240 μl of Polyethylene glycol 3,350 (50 w/v)
    39 μl of tri-Sodium citrate pH 5.5 (1 M)
    710 μl of water (100 v/v)
    A4
    • tri-Sodium citrate 0.05 M pH 4
    • Polyethylene glycol 3,350 16 w/v -
    pH 4
    8 μl of tri-Sodium citrate pH 3 (1 M)
    320 μl of Polyethylene glycol 3,350 (50 w/v)
    41 μl of tri-Sodium citrate pH 5.5 (1 M)
    630 μl of water (100 v/v)
    A5
    • tri-Sodium citrate 0.05 M pH 4.5
    • Polyethylene glycol 3,350 20 w/v -
    pH 4.5
    6 μl of tri-Sodium citrate pH 3 (1 M)
    400 μl of Polyethylene glycol 3,350 (50 w/v)
    43 μl of tri-Sodium citrate pH 5.5 (1 M)
    550 μl of water (100 v/v)
    A6
    • tri-Sodium citrate 0.05 M pH 5
    • Polyethylene glycol 3,350 24 w/v -
    pH 5
    4 μl of tri-Sodium citrate pH 3 (1 M)
    480 μl of Polyethylene glycol 3,350 (50 w/v)
    45 μl of tri-Sodium citrate pH 5.5 (1 M)
    470 μl of water (100 v/v)
    B1
    • tri-Sodium citrate 0.05 M pH 5.5
    pH 5.5
    2 μl of tri-Sodium citrate pH 3 (1 M)
    47 μl of tri-Sodium citrate pH 5.5 (1 M)
    950 μl of water (100 v/v)
    B2
    • MES 0.05 M pH 6
    pH 6
    100 μl of MES pH 6 (0.5 M)
    900 μl of water (100 v/v)
    B3
    • BIS-TRIS 0.05 M pH 6.5
    pH 6.5
    50 μl of BIS-TRIS pH 6.5 (1 M)
    950 μl of water (100 v/v)
    B4
    • Imidazole 0.05 M pH 7
    pH 7
    50 μl of Imidazole pH 7 (1 M)
    950 μl of water (100 v/v)
    B5
    • HEPES 0.05 M pH 7.5
    pH 7.5
    50 μl of HEPES pH 7.5 (1 M)
    950 μl of water (100 v/v)
    B6
    • tris chloride BCC 0.05 M pH 8
    pH 8
    50 μl of tris chloride BCC pH 8 (1 M)
    950 μl of water (100 v/v)
    C1
    • tris chloride BCC 0.05 M pH 8.5
    pH 8.5
    50 μl of tris chloride BCC pH 8.5 (1 M)
    950 μl of water (100 v/v)
    C2
    • Glycine 0.05 M pH 9
    pH 9
    50 μl of Glycine pH 9 (1 M)
    950 μl of water (100 v/v)
    C3
    • Glycine 0.05 M pH 9.5
    pH 9.5
    29 μl of Glycine pH 9 (1 M)
    20 μl of Glycine pH 10 (1 M)
    950 μl of water (100 v/v)
    C4
    • Glycine 0.05 M pH 10
    pH 10
    50 μl of Glycine pH 10 (1 M)
    950 μl of water (100 v/v)
    C5
    • di-Sodium hydrogen phosphate 0.05 M pH 11
    pH 11
    50 μl of di-Sodium hydrogen phosphate pH 12 (1 M)
    0 μl of di-Sodium hydrogen phosphate pH 7 (1 M)
    950 μl of water (100 v/v)
    C6
    • di-Sodium hydrogen phosphate 0.05 M pH 12
    pH 12
    50 μl of di-Sodium hydrogen phosphate pH 12 (1 M)
    950 μl of water (100 v/v)
    D1NA
    D2NA
    D3NA
    D4NA
    D5NA
    D6NA